People

Principal Investigator

Hakki Erhan Sevil, PhD

Dr. Hakki Erhan Sevil is an Assistant Professor in the Department of Intelligent Systems & Robotics at University of West Florida. Dr. Sevil received his PhD degree in Mechanical Engineering from University of Texas at Arlington, and his BS and MS degrees in Mechanical Engineering from Izmir Institute of Technology. Previously, he worked as a researcher in Service Automation and Systems Analysis Laboratory at Universite Libre de Bruxelles in 2009, and in Automation & Intelligent Systems Division at the University of Texas at Arlington Research Institute between 2014 and 2018. Please check resume page for more information.

Current Members

Dale Perkins

Dissertation: "Distributed Behavior Models for Heterogeneous Multi-Agent Teams in Dynamic Environments"

Joshua Lentz

Dissertation: "Image Stitching for Images with Repetitious and Featureless Content"

Don Yates

Dissertation: TBD

Nathan Rayon

Thesis: TBD

Stephane Lee

Thesis: TBD

Project: "Autonomous Navigation and Obstacle Avoidance using Quadruped Robotic Platform in Unstructured and Dynamic Environments"

Former Members

Bhavyansh Mishra (Website)

Dissertation: "Perceptive Locomotion on Bipedal Humanoid Robots for Traversing Unknown and Challenging Environments"

Sean Bridges

Thesis: "Development of a Brushless Cycloidal Robotic Actuator for Assistive Exoskeleton Research" [Link]

Raymond Stevens

Project: "Autonomous Drone Photogrammetry"

Terrance Williams

Thesis:  "Leader-Follower-based Collaborative Navigation of a UGV-UAV Formation" [Link]

Hunter Ayers

Thesis:  "Development of an Object Detection and Tracking Pipeline for Unmanned Aerial Vehicles in a Simulated Environment" [Link]

Shane Smith

Thesis: "A Rapid Structure from Motion (SfM) Based 3-D Modeling Framework Using a Team of Autonomous Small Unmanned Aerial Systems (sUAS)" [Link]

Stefan Wheeless

Project: "How to Swarm: Parameter Analysis on Entropy-Based Distributed Behavior Model for UAVs"

Philip Bailey

Project: "Image Segmentation-Based Traversability Assessment for Navigation of Unmanned Vehicles"

Joshua Bohannon

Project: "Prototype Development for Small Object Retrieval in Domestic Environments"

Braylee Brown

Project: "Autonomous Navigation of Underwater Vehicle with Static and Dynamic Obstacles"

Rafael de Sa Lowande 

Thesis: "Visual Question Answering (VQA) Analyses for Post-Disaster Damage Detection and Identification using Aerial Footage" [Link]

Nicholas Sebasco

Thesis: "Traversable Region Identification from Post-Disaster Aerial Footage Using Graph Based Image Segmentation" [Link]

Andrew Clevenger

Project: "Towards UAV-Based Post-Disaster Damage Detection and Localization: Hurricane Sally Case Study"

Gabriel Broom

Project: "Visual Question Answering for Post-Disaster Response using Multi-Agent UAVs"

Luke Fina

Project: "Entropy based Distributed Behavior Modeling for Heterogeneous Multi-Agent Systems"

Brendon Ortolano

Project: "Enhancing Unmanned Maneuver through Mission-based Traversability Assessment (MeTA) Tool"

Amanda Serger

Project: "Design of an Assistive Robotic Platform for Non‐Urgent and Non‐Emergent Healthcare Tasks"

Darius Bethel

Project: "Path Planning using Enhanced Travelling Salesman Problem (TSP) Approach for Unmanned Vehicles"

Normandy Tanguilan

Project: "Design and Implementation of an Assistive Robotic Platform for Non-Urgent and Non-Emergent Healthcare Tasks"

Danielle Novinski

Project: "Genetic Programming for Asphalt Design"

Grady Wright

Project: "Optimization Techniques in Cyber Threat Model Analysis"

Tomas Escobar

Project: "Fault Tolerant Formation Flight for Multiple Unmanned Aerial Vehicles (UAVs) Flying in same Airspace"

Renan Barbosa

Project: "An Adaptive Hybrid Gripper Design for Industrial and Service Robotic Platforms"

Samantha Kammerer

Project: "The Lion, the Witch, and the Wardrobe ASLAN R.A.W.R (Research, Analysis, Workshop, and Refinement) Project"

Davi Oliveira De Camargo

Project: "Air Data Sensor FDI using Wind Field Estimation from Multiple UAVs Flying in same Airspace"

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